Top Engineering Jobs

Build, validate, troubleshoot, repair, and sustain electrical test systems for aerospace hardware. Perform PCBA and harness testing and rework, design interface electronics and fixtures, support production issues, maintain calibration and configuration control, document root causes, improve testability and serviceability, and mentor technicians and engineers.

Lead the architecture and development of human-machine interfaces for autonomous uncrewed systems. Build mission-planning, command-and-control, vehicle supervision, telemetry, mapping, alerting, and debrief applications using web and desktop technologies. Integrate frontend systems with C++ services, autonomy software, vehicles, simulation, payloads, video, and telemetry. Own capabilities from design through deployment and operational support, while leading reviews, debugging complex mission-system issues, mentoring engineers, and supporting integration, testing, flight activities, and customer demonstrations.

Builds, operates, secures, and automates classified, air-gapped IT infrastructure supporting AI, simulation, and engineering workloads. Responsibilities include Windows and Linux administration, virtualization, storage, networking, identity, endpoint management, backup and recovery, vulnerability remediation, STIG compliance, logging, accreditation support, troubleshooting, documentation, facility stand-ups, and mentoring junior staff.

Develop state estimation and navigation algorithms for autonomous systems operating in GPS-denied environments. Build production-grade C++ software for embedded Linux robotic platforms, create modeling and simulation tools, and implement comprehensive testing and validation. Collaborate on roadmap planning and agile execution while improving benchmarking and performance-analysis pipelines. The role requires professional C++ expertise, state estimation algorithm experience, sensor-fusion familiarity, and the ability to deploy reliable autonomy software.

Lead trajectory prediction and aircraft-response modeling for safety-critical runtime assurance systems. Develop and validate models using Python, simulation, hardware-in-the-loop, and flight-test data. Integrate trajectory behavior with autopilot interfaces, analyze vehicle-state and telemetry data, support flight-test campaigns, and contribute to C/C++ implementation, testing, and debugging. Coordinate with algorithms, software, systems, test, and platform teams while producing validation evidence and algorithm handoff artifacts.

Provides technical leadership for automated testing and verification across autonomy software, machine learning systems, distributed services, simulation environments, hardware-in-the-loop platforms, and GPU infrastructure. Owns test architecture, MLOps quality, CI/CD and continuous training workflows, ML validation, observability, failure triage, scenario-based testing, and scalable Python automation. Collaborates across software, autonomy, data, simulation, and systems engineering teams while governing AI-assisted testing workflows.

Build and operate Forge, a full-stack engineering platform for developing, testing, deploying, and diagnosing AI autonomy capabilities. Design composable user interfaces, typed versioned APIs, backend services, application lifecycle workflows, and AI-agent tool integrations. Ensure consistent behavior across local and remote environments while partnering with simulation, autonomy, ML, infrastructure, security, product, and design teams.

Develop and integrate safety-critical Run-Time Assurance software for autonomous aircraft. Responsibilities include modern C++ development, real-time embedded systems, hardware and simulation integration, HIL and flight testing, interface design, testing, CI, static and dynamic analysis, documentation, traceability, and collaboration across software, systems, test, and platform teams.

Leads technical execution for the X-BAT autonomous combat aircraft across design, integration, testing, maturation, and production. Maintains system requirements, architecture, interfaces, configuration, performance, verification, and airworthiness baselines. Directs multidisciplinary engineering integration, technical trade studies, risk mitigation, design reviews, root-cause investigations, and flight-test readiness. Partners with program management, manufacturing, supply chain, customers, and external partners while developing technical leaders and communicating aircraft status, risks, and decisions to executives.

Conduct RF hardware testing for airborne and ground systems, including S-parameter, gain, power, noise, and emissions measurements. Operate and calibrate laboratory instruments, automate testing with Python or MATLAB, analyze data, troubleshoot anomalies, document results, and support EMI/EMC, environmental, qualification, integration, and flight testing. Collaborate with multidisciplinary engineering and supplier teams while maintaining laboratory and configuration-control processes.